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Anonymous1760686273
04-05 15:06
Model Name
3d 打印钓竿支架
Tags
3d printing
3d printing realistic
props
props 3d printing
props 3d printing realistic
props realistic
realistic
tripod stand
Prompt
Create a 3D printable portable fishing rod carrier with integrated tripod stand using mesh-based modeling (Meshmixer workflow). OBJECTIVE: Design a compact, ergonomic carrier for 4 fishing rods (2-piece) with reels attached, suitable for walking and beach fishing, including a foldable tripod system. WORKFLOW (Meshmixer-based): 1. BASE STRUCTURE: * Start with a rectangular solid (Edit > Add Primitive) * Dimensions approx: 500–700 mm length, 120–180 mm width, 80–120 mm height * Apply slight curvature using Edit > Deform to improve ergonomics 2. CENTRAL HANDLE: * Create a torus or rounded cylinder * Position slightly forward of center (important for balance) * Boolean Union with main body * Smooth edges (Sculpt > RobustSmooth) 3. ROD TUBES: * Create 4 cylinders (40–50 mm internal diameter) * Angle them backward (5–15 degrees) * Use Boolean Difference to subtract tube cavities from main body * Add drainage holes (small cylinder subtraction) 4. REEL SUPPORT: * Create side supports using extruded shapes * Use soft curvature (Sculpt tools) * Optional: create flexible clip zones (thinner geometry areas) 5. TRIPOD LEGS: * Create 3 cylindrical legs (separate objects) * Length: 250–400 mm * Slight taper for strength * Add hinge zones: * use Boolean Difference to create pivot holes * diameter compatible with metal pin (3–5 mm) 6. LEG DEPLOYMENT SYSTEM: * Add stop surfaces to limit opening angle (~30–45°) * Ensure legs fold against main body (check collision) 7. MODULAR SPLIT: * Use Edit > Plane Cut to divide model into printable sections * Create alignment pegs (small cylinders) * Add screw holes (M4 approx) 8. WEIGHT REDUCTION: * Use Edit > Hollow (wall thickness 3–4 mm) * Add lattice-style cutouts manually (Boolean Difference) 9. STABILITY: * Ensure base footprint is wide enough when legs deployed * Center of mass should align under handle 10. FINALIZATION: * Inspect (Analysis > Inspector) * Fix mesh errors * Export as separate STL files CONSTRAINTS: * Must be printable on 220x220 mm bed * Use PETG-compatible geometry (avoid fragile thin parts) * Prioritize strength and usability over aesthetics END RESULT: A modular, lightweight, functional fishing rod carrier + tripod stand ready for real-world use.
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Anonymous1760686273
Anonymous1760686273